(Construction of orthogonal arrays of run size 108).
We fabricated Fe nanoparticle arrays of uniform size by filling Fe ion solution in the pores of the anodic aluminum oxide membrane bonded to a silicon wafer.
On the surface of plasma deposited hydrogenated carbonitride films intended for tribological applications non-regular "arrays" of different size conductive clusters were found.
FISH showed a dispersed localization along most chromosomes clustering in arrays of variable size and number with exclusion and depletion in distinct regions.
In each block, two shared memory arrays of size 256+r are created for particle states x shared and fitness values L shared; additionally, two arrays whose size equal the number of threads in a block are allocated for uniform pseudo-random numbers U shared and normalizing weights w shared.
Tirkel et al. [6] gives constructions of pn arrays of size p × p, where p = 4k-1 is prime.
For pn hypercube arrays of size N in nD, the maximum periodic values are MF p = N n -1 and R p = N n -1.
We utilize the finite Radon transform (FRT) to obtain discrete projections for nD arrays of size p, where p is prime [22].
This is compared to the popular CSC/CSR that requires arrays of size 9 and 34 for a total of 43.
The algorithm is based on a simple recursive-halving marking schema and it can synchronize any two-dimensional (2D) rectangular arrays of size m×n with a general at one corner in m+n+max m,n −3 optimum-steps.
We use arrays of size equal to the number of markers to represent the MA vectors.
